The term "EV ecosystem" refers to the entire network of elements and components related to electric vehicles (EVs). This encompasses not only the vehicles themselves but also the infrastructure, technologies, policies, and industries that support and contribute to the adoption and functioning of electric vehicles. Here are key components of the EV ecosystem:

1. EV ECOSYSTEM
TATA E V
S u b m i tte d B y - A m a n M a u r y a
P G P 2 5 0 4 6
S E C T I O N - A
Submitted To-
Gautam Agrawal

2. I N T R O D U C T I O N
OW E RV I E W
S WOT
P E S T
TATA EC O S Y S T E M
C O N C LU S I O N
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3. The Electric Vehicle (EV) Ecosystem
comprises all the infrastructure,
technology, and stakeholders engaged in
the evolution, manufacturing,
acceptance, and utilization of electric
vehicles. This comprehensive ecosystem
plays a pivotal role in facilitating the
expansion and triumph of EVs as a
substitute for conventional internal
combustion engine (ICE) automobiles.
3
INTRODUCTION

4. 4
1.EV Penetration
2.Transitioning to Evs
3.Percentage of Vehicles Sold
4.Technological Advancements
5.Industry Challenges
6.Educational Involvement
7.Ecosystem Overview
8.Safety Considerations
9.Technology Readiness Levels
10.Vehicle Topologies

5. 1. EV PENETRATION: TO BEGIN, LET'S ASSESS THE LEVEL OF ELECTRIC VEHICLE (EV) INTEGRATION IN
INDIA, WHICH SIGNIFIES THE PRESENCE OF EVS IN THE INDIAN AUTOMOBILE MARKET.
2. TRANSITIONING TO EVS: WE'LL EXPLORE THE TIMELINE AND MANNER IN WHICH INDIA IS MAKING
THE SHIFT FROM TRADITIONAL INTERNAL COMBUSTION ENGINE (ICE) VEHICLES TO EVS. THIS SHIFT IS A
SIGNIFICANT ASPECT OF THE DISCUSSION.
3. PERCENTAGE OF VEHICLES SOLD: OUR INQUIRY ALSO CENTRES ON UNDERSTANDING THE EVOLVING
MARKET SHARE OF EVS CONCERNING THE TOTAL NUMBER OF VEHICLES SOLD IN INDIA. THIS ENTAILS AN
EXAMINATION OF MARKET DYNAMICS AND THE RATE OF ADOPTION.
4.TECHNOLOGICAL ADVANCEMENTS: WE'LL ALSO TOUCH UPON THE LATEST TECHNOLOGIES IN THE EV
SECTOR, HIGHLIGHTING INNOVATIONS AND PROGRESS IN ELECTRIC VEHICLE TECHNOLOGY.
5. INDUSTRY CHALLENGES: EXPLORING THE CURRENT CHALLENGES FACED BY THE INDIAN ELECTRIC
VEHICLE INDUSTRY IS ESSENTIAL. THIS MAY ENCOMPASS ISSUES RELATED TO INFRASTRUCTURE, SUPPLY
CHAINS, AND REGULATORY OBSTACLES.
5
EV MARKET IN INDIA

6. 6. EDUCATIONAL INVOLVEMENT: WE'LL CONSIDER THE ROLES PLAYED BY EDUCATIONAL INSTITUTIONS
AND EMPLOYERS OF STUDENTS IN ADDRESSING CHALLENGES AND SEIZING OPPORTUNITIES WITHIN THE
EV INDUSTRY. THIS INDICATES A COLLABORATIVE EFFORT BETWEEN ACADEMIA AND INDUSTRY.
7. ECOSYSTEM OVERVIEW: A BRIEF OVERVIEW OF THE ENTIRE ECOSYSTEM INVOLVED IN ELECTRIC
VEHICLE ADOPTION, INCLUDING POWER GENERATION, TRANSMISSION, DISTRIBUTION, AND CHARGING
INFRASTRUCTURE, WILL BE PART OF OUR DISCUSSION.
8. SAFETY CONSIDERATIONS: SAFETY IS PARAMOUNT WHEN DEALING WITH EVS. WE'LL DELVE INTO
SAFETY MEASURES FOR EV PRODUCTS, ENSURING THE WELL-BEING OF THOSE WORKING WITH EVS,
AND PUBLIC SAFETY IN THE CONTEXT OF ELECTRIC VEHICLES.
9. TECHNOLOGY READINESS LEVELS: OUR DISCOURSE WILL ALSO ENCOMPASS TECHNOLOGY READINESS
LEVELS (TRLS), ILLUSTRATING HOW E-MOBILITY IS AN EVOLVING FIELD WITH VARYING STAGES OF
TECHNOLOGY DEVELOPMENT, FROM FUNDAMENTAL RESEARCH TO MARKET IMPLEMENTATION.
10. VEHICLE TOPOLOGIES: FINALLY, WE'LL EXPLORE THE CONCEPT OF VEHICLE TOPOLOGIES, WHICH
ENCOMPASSES DIFFERENT CONFIGURATIONS OF ELECTRIC VEHICLES, INCLUDING MOTOR PLACEMENTS
AND ENERGY STORAGE SOLUTIONS.
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7. PEST
P E S T
Political Factors Economic Factors Social Factors
Technological
Factors
.
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• Cost of EVs
• Market Viability
• Profitability
• Consumer
Awareness
• Safety
• Consumer
Behaviour
• Technology
Readiness
Levels
• Charging
Infrastructure
• Battery
Technologies
• Government
Policies and
Incentives
• Regulations and
Standards
• Infrastructure
Development

8. SWOT
S W O T
Strengths Weaknesses Opportunities Threats
.
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• Growing Electric
Vehicle (EV)
Market
• Diverse Technology
Readiness Levels
• Modular Vehicle
Platforms
• Charging
Infrastructure
Challenges
• Battery Cost
• Limited Market
Segments
• Charging
Infrastructure
Challenges
• Battery Cost
• Limited Market
Segments
• Market Growth
• Technology
Innovation
• Public Awareness
• Infrastructure
Delays
• Competition from
Traditional
Vehicles
• Government
Policy
• Global Market
Dynamics

9. TATA ECOSYSTEM
9
Tata Motors is a major player in
India's automotive industry,
focusing on electric vehicles
(EVs) for a sustainable future.
The Tata Nexon EV is a
standout in their lineup,
symbolizing Tata's commitment
to eco-conscious and
technologically advanced
transportation solutions in India.

10. 10
CONCLUSION
 EV Penetration Timeline: The statement presents a timeline for EV penetration in India across different vehicle
segments.
 Low Voltage Systems: Two-wheelers and e-rickshaws have already achieved economic viability. Three-wheelers have
also started transitioning to electric, with significant penetration expected by 2022.
 Higher Voltage Systems: Fleet operators using electric cars for taxis are expected to find EVs economically viable by
2022. Light commercial vehicles (LCVs) are projected to transition by 2024, while buses may start seeing significant
adoption by 2025. Private cars (four-wheeler retail) are expected to become attractive by 2027, and large trucks are
likely to transition by 2030.

11. THANK YOU